a network system's software components
The most popular kind of networking software is protocols, which explain to network devices how to join to the network and communicate with one another. hardware
Ethernet repeaters, modems, routers, and network switches are examples of network equipment. Hardware is the basis of a network system.
media relationships
The medium used to connect the network's nodes varies depending on the type of network. Without connections, a network cannot function.
client devices
Client devices are the computers and mobile phones that are connected to the network. It makes access easier.
All these things are necessary to run a workshop on network system design within the organisation.
the linkage between related fields and network systems.
Network systems can be divided into two groups:
When communicating peer-to-peer, each computer sends and receives data to every device directly. There is no main server. The TCP/IP protocol is used.
Each computer transmits data through a shared network via a computer that is centrally controlled. Common names for this type of computer include "Server" and "Print Server." Its duty is to control how each print job is printed.
The operation of a workshop requires the cooperation of many components.
As part of the requirements analysis, list the requirements for each component or
related area presented in the exhibit. Include the following components or network
areas:
A. Network systems and related network protocols.
- The network system should support protocols such as TCP/IP for peer-to-peer communication and central control for client-server communication.
- The network system should provide secure and reliable connectivity for all connected devices.
- The network system should support multiple types of media connections (Ethernet, wireless, etc.) to accommodate different types of client devices.
- The network system should provide efficient data transfer and routing capabilities to ensure fast and accurate communication between devices.
- The network system should support network management protocols to monitor and manage the network infrastructure effectively.
- The network system should have built-in security measures, such as firewalls and encryption, to protect against unauthorized access and data breaches.
- The network system should be scalable and able to accommodate future growth and increased network traffic.
- The network protocols should be compatible with existing hardware and software components.
- The network system should provide network documentation and troubleshooting resources for easier maintenance and problem-solving.
- The network system should support interoperability with other systems and network technologies, allowing seamless integration with external networks or devices.
- The network protocols used should have sufficient error detection and correction mechanisms to ensure data integrity during transmission.
To fulfill the requirements for each component or related area in the exhibit for a workshop on network system design, the following requirements need to be considered for Network Systems and related network protocols:
1. Network Protocols:
a. Support for standard networking protocols such as TCP/IP, Ethernet, and HTTP.
b. Compatibility with various operating systems (Windows, Linux, macOS, etc.).
c. Robust error handling and recovery mechanisms.
d. Support for security protocols such as SSL/TLS for secure data communication.
e. Ability to handle different network topologies (peer-to-peer, client-server, hybrid).
f. Scalability to support a growing number of network devices.
2. Network Equipment:
a. Availability of Ethernet repeaters, modems, routers, and switches.
b. Ability to handle high-speed data transmission rates to support modern networking needs.
c. Support for different network interfaces (Ethernet, Wi-Fi, fiber optic, etc.).
d. Redundancy and fault tolerance features to ensure continuous network connectivity.
e. Easy configuration and management options for network administrators.
f. Compatibility with different hardware and software components.
3. Communication Media:
a. Availability of different communication mediums such as Ethernet cables, fiber optic cables, wireless devices, etc.
b. Good signal quality and transmission capabilities to ensure reliable data transfer.
c. Adequate bandwidth to cater to the network's traffic requirements.
d. Long-range coverage for wireless communication devices.
e. Redundancy in media connections to ensure network resilience.
4. Client Devices:
a. Support for different operating systems on client devices.
b. Compatibility with network protocols used in the network system.
c. Sufficient processing power and memory to handle network operations.
d. Connectivity options including Ethernet, Wi-Fi, and Bluetooth.
e. Security features such as encryption and authentication mechanisms.
f. Integration capabilities with other software applications and systems.
These requirements will form the basis for designing and implementing a network system for the workshop within the organization.